Neonatal bootie wrap

• US 20030181799A1
• Filed: 03/21/2003
• Published: 09/25/2003
• Est. Priority Date: 03/21/2002
• Status: Active Grant

• Current Assignee: Datex-Ohmeda Incorporated (GE Healthcare Technologies, Inc.)
• Original Assignee: Datex-Ohmeda Incorporated (GE Healthcare Technologies, Inc.)
• Inventors: Medina, Lily Anjanette, Lindekugel, Eric, Raley, Dena
• Granted Patent: US 7,190,987 B2
• Time in Patent Office: Days
• US Class Current: 600/344
• CPC Class Codes: A61B 5/14552 Details of sensors specially adapted therefor
• CPC Class Codes: A61B 5/411 Detecting or monitoring allergy or intolerance reactions to an allergenic agent or substance
• CPC Class Codes: A61B 5/6828 Leg
• CPC Class Codes: A61B 5/6829 Foot or ankle
• CPC Class Codes: A61B 5/7207 of noise induced by motion artifacts

Abstract

The present invention is directed to a holder for use in positioning a pulse oximeter sensor in multiple selectable locations relative to a patient'"'"'s extremities. The holder includes at least one flexible elongate member that is conformable to and, preferably, about a patient'"'"'s extremity. A connector on the elongate member is utilized to secure the elongate member to the patient'"'"'s extremity. Additionally, the elongate member'"'"'s inside surface contains one or more recesses for selectively receiving a sensor and holding that sensor relative to one or more positions on the inside surface of the flexible sensor holder. The inclusion of multiple recesses allows medical personnel flexibility in positioning a medical sensor. In one embodiment, the holder includes two elongate members for conforming about two portions of a patient'"'"'s extremity to reduce movement between the extremity and a sensor held by the sensor holder.

Claims

1. A flexible holder for positioning a sensor relative to a tissue region on a patient, said holder comprising:

a flexible elongate member having inside and outside surfaces, said elongate member conformable relative to a patient'"'"'s extremity;

a first recess located on said inside surface of said elongate member for selectively receiving a sensor in a first position relative to said elongate member;

a second recess located on said inside surface of said elongate member for selectively receiving a sensor in a second position relative to said elongate member, wherein said first and second positions are spaced; and

a connector for connecting said elongate member to said extremity.

2. The flexible holder of claim 1, wherein said first and second recesses are spaced such that each said recess includes at least a first portion that is at least partially separated from the other said recess.

3. The flexible holder of claim 2, wherein said first and second recesses are spaced such that said first and second recesses are separately positioned relative to one another on the inside surface of said elongate member.

4. The flexible holder of claim 3, wherein said first and second recesses are disposed such that said recesses are capable of selectively holding a sensor relative to separate portions of a patient'"'"'s tissue when said holder is connected to said extremity.

5. The flexible holder of claim 1, wherein said first and second recesses each comprise a different shape.

6. The flexible holder of claim 1, wherein a shape defined by one of said first and second recesses would be fully encompassed by a shape defined by the other of said first and second recesses.

7. The flexible sensor of claim 6, wherein said first and second recesses are commonly shaped.

8. The flexible holder of claim 1, wherein said first and second recesses each further comprise a first portion oriented along a portion of the length of said elongate member and a second portion extending across a portion of the width of said elongate member, wherein said first and second portions interconnect.

9. The flexible holder of claim 8, wherein said each said second portion extends to a lateral edge of said elongate member.

10. The flexible holder of claim 9, wherein each said second portion extends to a different lateral edge of said elongate member.

11. The flexible holder of claim 9, wherein said first and second portions of each said recess define an L-shaped configuration.

12. The flexible holder of claim 9, wherein each said second portion extends across the width of said elongate member from a first lateral edge to a second lateral edge.

13. The flexible holder of claim 1, wherein said first and second recesses are sized to receive a sensor such that an inside surface of said holder and a top surface of said sensor are substantially planer.

14. The flexible holder of claim 11, wherein said first and second recesses are adapted to matingly receive a correspondingly-shaped sensor.

15. The flexible holder of claim 1, wherein said first and second recesses further comprise retention means for selectively attaching a sensor to said holder.

16. The flexible holder of claim 15, wherein said retention means comprises an adhesive coating on the bottom of each said recess.

17. The flexible holder of claim 16, wherein said adhesive coating is covered with a removable release sheet that may be selectively removed prior to receiving said sensor.

18. The flexible holder of claim 15, wherein said retention means comprises a lip formed around the inside edge of at least part of each said recess.

19. The flexible holder of claim 1, wherein said connector is an adjustable connector for selectively connecting a first portion of said elongate member to a selectable second portion of said elongate member such that said holder is securely connectable around said extremity.

20. The flexible holder of claim 19, wherein said connector comprises a plurality of hooks attached to said first portion of said elongate member and a plurality of matching loops attached to said second selectable portion of said elongate member.

21. A method for positioning a sensor relative to a tissue region on a patient, said method comprising the steps:

positioning a flexible sensor holder relative to a patient'"'"'s tissue;

selecting one of two provided sensor holding recesses on a patient interface surface of said flexible sensor holder, wherein said sensor holding recesses are operative to hold a sensor relative to first and second positions on said flexible holder;

locating a sensor in said selected sensor holding recess;

interconnecting a first portion of said flexible sensor holder to a second portion of said flexible sensor holder fastening said flexible sensor holder about a patient'"'"'s extremity and holding said sensor relative to said patient'"'"'s tissue.

22. The method of claim 21, wherein said locating step further comprises:

routing a cable associated with said sensor through an access slot interconnecting said selected sensor holding recess to a lateral edge of said flexible sensor holder.

23. The method of claim 22, wherein said routing step further comprises selectively routing said cable to one of a front and rear lateral edge of said flexible sensor holder.

24. The method of claim 21, wherein said locating step further comprises:

selectively attaching the sensor to said selected sensor holding recess.

25. The method of claim 24, wherein said attaching step comprises adhering said sensor to said selected sensor holding recess.

26. A flexible holder for positioning a sensor relative to selectable tissue regions on a patient, said holder comprising:

a first flexible elongate member connectable about a patient'"'"'s extremity;

a second flexible elongate member connectable about a patient'"'"'s extremity;

an interconnecting member for interconnecting said first elongate member to said second elongate member; and

at least one recess located on an inside surface of at least one of said first and second elongate members for selectively receiving a sensor.

27. The flexible holder of claim 26, wherein said first and second elongate members each further comprise a connector for selectively connecting each said elongate member about a patient'"'"'s extremity.

28. The flexible holder of claim 26, wherein said first and second elongate members are disposed relative to one another such that each said elongate member is connectable about separate portions of a patient'"'"'s extremity.

29. The flexible holder of claim 28, wherein said first elongate member is connectable about a patient'"'"'s extremity in a first plane and said second elongate member is connectable about a patient'"'"'s extremity in a second plane.

30. The flexible holder of claim 29, wherein said first and second planes are transverse.

31. The flexible holder of claim 30, wherein one of said first and second elongate members is connectable about a patient'"'"'s foot and the other of said first and second elongate members is connectable about a patient'"'"'s leg.

32. The flexible holder of claim 26, further comprising a second recess for selectively receiving a sensor, said second recess located on the inside surface of the elongate member containing said first recess, wherein said first and second recesses are disposed in first and second positions relative to said elongate member.

33. The flexible holder of claim 32, wherein said first and second recesses are disposed such that said recesses are capable of selectively holding a sensor relative to alternate regions of a patient'"'"'s tissue when said holder is connected about said extremity.

34. The flexible holder of claim 26, wherein said first and second elongate members each contain at least one recess.

35. A method for providing a dual point connection for positioning a sensor relative to a tissue region on a patient, said method comprising the steps:

positioning said flexible sensor holder relative to a patient'"'"'s extremity;

locating a sensor on a patient interface surface of said flexible sensor holder;

first connecting said flexible sensor holder about a first portion of a patient'"'"'s extremity;

second connecting said flexible sensor holder about a second portion of the patient'"'"'s extremity, wherein said first and second connecting steps fasten said flexible sensor holder about a patient'"'"'s extremity and hold said sensor relative to said patient'"'"'s tissue.

36. The method of claim 35, wherein said locating step further comprises locating said sensor in a sensor holding recess on a patient interface surface of said flexible sensor holder.

37. The method of claim 35, wherein said locating step further comprises:

selecting one of two provided sensor holding recesses operative to hold a sensor relative to first and second positions on a patient interface surface of said holder.

38. The method of claim 35, wherein said first and second connecting steps each further comprise:

interconnecting a first portion of said flexible sensor holder to a second portion of said flexible sensor holder.

39. The method of claim 35, wherein said first and second connecting steps further comprise:

first connecting said holder about said extremity in a first plane and second connecting said holder about said extremity in a second plane.

40. The method of claim 39, wherein said first and second planes are transverse.

41. The method of claim 39, wherein said first connection is about a patient'"'"'s foot and said second connection is about a patient'"'"'s ankle.

42. A convertible flexible sensor holder for providing a dual point connection to a patient'"'"'s extremity in a first configuration and a single point connection to a patient'"'"'s extremity in a second configuration, said holder comprising:

a first flexible elongate member connectable about a first portion of a patient'"'"'s extremity;

a second flexible elongate member connectable about a second portion of a patient'"'"'s extremity;

at least one recess located on an inside surface of at least one of said first and second elongate members for selectively receiving a sensor, wherein said recess positions said sensor relative to a patient'"'"'s tissue upon connection of said elongate member to an extremity; and

an interconnecting member having a first side attached to said first elongate member and a second side attached to said second elongate member, wherein at least one of said first and second attached sides is releasably attached such that at least one of said first and second elongate members is selectively disconnectable from said interconnecting member.

43. The flexible holder of claim 42, wherein an interface between said releasably attached side of said interconnecting member and said selectively disconnectable elongate member is perforated.

44. The flexible holder of claim 42, wherein said selectively disconnectable elongate member contains said at least one recess.

45. A method for converting a dual connection sensor holder into a single connection sensor holder for holding a sensor relative to a patient'"'"'s tissue, comprising the steps:

providing a dual connection sensor holder having first and second members for interconnecting about first and second portions of a patient'"'"'s extremity, wherein at least one of said members contains a sensor holding recess on a patient interface surface;

determining for a particular sensor placement that a single connection sensor holder is preferable; and

detaching said member containing said sensor holding recess for use as a single connection sensor holder.

46. The method of claim 45, wherein said detaching step comprises tearing said member containing said sensor holding recess from said dual point connection sensor holder.

47. The method of claim 46, wherein said tearing step further comprises tearing along a perforated line.

48. A flexible holder for positioning a sensor relative to tissue region on a patient, said holder comprising:

a flexible elongate member having inside and outside surfaces, said elongate member conformable relative to a patient'"'"'s extremity;

a first recess located on said inside surface for selectively receiving a sensor;

a first aperture associated with said first recess, said first aperture passing through said elongate member from said inside surface to said outside surface to provide access to said first recess through said elongate member; and

a connector for connecting said elongate member about a patient'"'"'s extremity.

49. The flexible holder of claim 48, wherein said first aperture passes through at least a portion of said first recess.

50. The flexible sensor holder of claim 49, wherein said first recess is sized to receive a first portion of a sensor while a second portion of said sensor extends through said first aperture.

51. The flexible holder of claim 48, further comprising:

a second recess; and

a second aperture associated with said second recess, said second aperture passing through said elongate member.

52. The flexible sensor holder of claim 51, wherein said first and second are sized to receive first and second portions of a sensor, respectively.

53. The flexible holder of claim 52, wherein said first and second recesses and first and second apertures combinatively secure a sensor relative to said flexible sensor holder.

54. The flexible sensor of claim 53, wherein a middle portion of said sensor is disposed on said elongate member'"'"'s outside surface between said first and second apertures when said first and second sensor portions are recieved in said first and second recesses.

55. A flexible holder for positioning a sensor relative to tissue region on a patient, said holder comprising:

a compressible material layer having a compressible inside surface for interfacing with the tissue of a patient;

a backing layer releaseably laminated to at least a portion of an outside surface of said compressible material layer; and

at least one recess contained within said compressible material layer for selectively receiving a sensor; and

a connector for connecting said flexible holder to a patient.

56. The flexible sensor of claim 55, wherein said compressible material layer further comprises:

a plurality of one of loops and hooks affixed to said outside surface.

57. The flexible sensor of claim 56, wherein said backing layer comprises an inside surface having a plurality of one of loops and hooks and an outside surface having the other of a plurality of hooks and loops.

58. The flexible sensor of claim 57, wherein a portion of said backing layer inside surface is operable to engage a portion of said backing layer outside surface when said flexible holder is disposed about a patient'"'"'s extremity.

59. The flexible sensor of claim 58, wherein said hooks and loops form said connector for securing said flexible holder about a patient'"'"'s extremity.

60. A method for positioning a sensor relative to a tissue region on a patient, said method comprising the steps:

positioning a flexible sensor holder relative to patient'"'"'s tissue

cutting at least a first layer of said flexible sensor holder to a desired length;

locating a sensor into a sensor holding recess on said flexible sensor holder;

connecting said flexible sensor holder about a patient'"'"'s extremity.

61. The method of claim 60, wherein said cutting step further comprises:

delaminating at least a first layer of said flexible sensor from at least a second layer;

cutting at least one of said first and second layers to a desired length; and

re-laminating said first and second layers.

62. The method of claim 60, wherein said locating step includes positioning a portion of said sensor through an aperture associated with said recess.